Cash-register.



E. S. CHURCH.

CASH REGISTER.

APPLICATION nun SEPT-.10, 1906.

Patented Nov. 8, 1910.

3 SHEETS-SHEET 1.

B. S. CHURCH. CASH REGISTER. APPLICATION FILED SEPT. 10. 1906.

' Patented Nov.8,1910.

8 SHEBTS-SHEET 2.

CASH REGISTER.

APPLICATION FILED SEPT. 10, 1906. 7 974,952. Patented Nov. 8, 1910.

8 SHEET B-SHEET 3.

srATns PATENT oar-10E.

- 'nnmunnshcnoncn, or DAYTON, HIO, ,ns sienon To was amo CASH anorsrna comumor narrow, 01110, A oonromrron or onto, gmconroimrnn IN 1906.) v

q IH i GISTER. 7 974,952. Specification of Letterslatenti p t t b 0;-

To all whom it may cmwemf Be it known that I,} EDMUND SlCHURCH, acitizen of the United States, residing at Dayton, in-the county of Montgomery and State of. Ohio, have invented certain new and useful Improvements in Cash-Registers, of which I declare the following to be a full, clear, and exact description. I

This invention relates to cash registers and has for its object to improve the construction of that type of machine knownas the multiple register. By this term is meant one in which transactions are adapted to be entered in the machine in segregated groups. v

The invention includes a plurality of accounting devices which may be registers 0r sets of printing wheels or separate mechaadapted to be positioned directly by a manipulativedevice such as a lever and such positioning consumes valuable time. p The resent invention improves this construction y providing a series of keyswhich when depressed serve to determine the positioning of such a reel, the actual work of such positioning being performed by a main op-' erating device such as 'a handle or crank lever or cash drawer.

With these and incidental objects View, the invention consists in certain novel fea tures of construction and combination of arts, the essential elements of which are set orth in appended claims and a preferred form of embodiment of which is hereinafter specifically described with reference to the drawings which accompany and form part of this specification.

Of said drawings: Figure 1' isa side elevation of the machine to which these improvements are applied. Fig. 2 is a transverse vertical section .through the machine Application filed September 10, 1906. Serial No. 333,950.

carriage to a desired position.

takenjust inside of the sideYframe, and

Fig; 3iis a partial rear view ofthe machine. The present inventionis designed to furnislr means for quickly and accurately setting any one of a plurality of accounting devices for operation by a common operating mechanism. In the present improvement the. ccounting devices are shown as counters mounted 'on' a rotatable carriage. Connected to'this carriagethrough gearing are a plurality of helically arranged heart cams which are ada ted to be separately engaged by a movable element to brin the Such eart cams are widely used to reset clocksand are used herein in a very similar way except thata plurality of them areprovided displaced angularly around" a common shaftso that the whole system may be set at any one of a plurality of positions. A series of'keys is used to determine the. positioning of the carriage such keys, when depressed being .in the path of a ever which serves to position the movable lement before referred to in the plane of any desired heart cam. The

mechanism'describedserves to takeall the work of positioning the carr age from the keys or levers and put it on the main oper-' ating device.- I

The type of machine to which these imlpioveme'nts are shown as applied isnow well own in the art being. fully shown and described in Letters'Pat'e nt to Thos. Carroll No. 654,226 dated July 24, 1900 and No. 703,639 dated July 1 1902, but it is to be understood that the invention is equally" as well adaptedto be applied to other types of machine.

Keys 10 are slidably mounted in the framework of the machine and on their outer ends 'bear characters representing .diiferent clerks, departments or classes of transactions. When any of these keys is depressed. it sets the mechanism shown in a position such that upon the operation of the machine I one of the counters (or ,sets of printing wheels) 35 corresponding to the keys 10 depressed will be brought into a position .to be operated upon by mechanism fullyshow'n and describedin the above mentioned patents. This operating mechanism comprises a series of segment racks 36, having connections to the main operating devices of the O p 25, secured to the sleeve 15, to operate said vices or counters may upon an be recor carrying evices.

. mal outer position an key bearing a pin which is mounted on a camming On reference to Fig. 2 it will be seen that the keys 10 are spring ressed to their nor are provided with laterally projectin pins 11 which (see Fig. 3) are of different lengths. When one of the keys 10 is depressed it is latched inits op-. erated position by a detent (shown in the above mentioned patents). v

Pivoted at 12 on the framework of the machine is a lever 13 having a sector sha ed forward end 14 which spans all of the ey pins 11 but which is not ofgreat enough extent to strike any of the sai pins unless the has been depressed. The lever 13 is normally held out of 'enga ement with the key pins 11 by a camming ug 20 disk 21 and cooperates with a pin 22 mounted on said lever 13. I

-The rear'end of "the lever 13 is so formed as to straddle'a sleeve -15 mounted on a shaft 16. On said sleeve is mounted a collar 17 between which and a stationary standard 18 is interposed a spring 19 which normally tends to force the collar 17 in the direction of the arrow in Fig. 3.

From the above description of the mech-' anism it will be plainly seen that when a key 10 is depressed one of the key pins 11 is brought into the path of the sector shaped end 14 of the lever 13 thereby forming a stop against. which said lever abuts, when released by mechanism to be later described. When the lever 13 is released the Spring 19 will forcethe sleeve 15 to the right in Fig. 3,

a distance depending upon the key depressed until it is stopped by the pin 11 of the de-' pressed key.

Pivoted at 23 on the framework of the machine and extending rearward is a lever 24 the end of which cooperates with an arm on the shaft 28 and is rocked'through the arms 29 and link 30 by the shaft 32 which revolves in the direction of the arrow in Fig.2.

cams.

and the position ofithe cammin lug 20 it will be "clear that the lug 20 Wlll first be moved out of the path of the pin 22 to release the lever 13 and allow spring 19 to set the sleeve 15 in adesired posit on corresponding to the key 10- depressed, after which the lever 24 will .be cammed downward to rock the sleeve 15.

On the outer end of the'sleeve 15 is secured a spring drawn .cammin arm 40 which is rovided with a V lti'gidly secured to a sleeve 42 mounted on a shaft 43 is a set of nine heart cams 44 equally spaced around said sleeve, this being equal to a 40 pitch. I

Referrin to Fig. 3 it will be seen that when the s eeve 15 is moved to the right it will position the camming arm 40 directly in line with one of the heart cams and when arm 40 is operated as before explained the.

operating face thereof will contact with the periphery of one of said cams and rotate it until said operating face 41 cooperates with a V shaped alimng notch 45 of said cam, thereby'positioning the desired counter or other accounting device for operation.

It will be noticed that the greatest possible degree of movement of the sleeve 42 is 4/9 of arotation in either direction.

Agear wheel 46 is rigidly secured to the sleeve 42 and meshes with an idler 47 which in turn meshes with another gear wheel 48. The gear 48 is mounted upon a drum 49 which carries on its periphery ninecounters '35 and thus it will be clearly understood that when the sleeve 42 is movedto any one of its nine positions it will through the gears 46-.47 and 48 rotate the drum 49 to bring a correspondingcounter into operating position.

The operation of the machine is as follows: The desired key 10 is' depressed and the handle or other actuating device on the key is depressedit is locked in position and remains so during theoperation of the handle, such depression carrying the key pin 11 into the path ofthe sector 14. Whenshaft 32 starts to rotate the cam 21 begins to oscillate, and the cainming lug 20 is thereby carried away from the pin 22 on lever 13.- 0 This lever therefore moves "under the tension of spring 19 until the sector'14 abuts shape operating face 41.

shaft 32 is given a complete rotation. When I the key pin 11 of a depressed key thereby carrying the sleeve 16 and operatin arm 40 intoregister with one of the setio heart Further oscillation of cam 21 serves to depress lever 24 thereby rocking arm 25 which as stated is rigidly connected to the operating arm ;40. Such rocking causes the V shaped end 41 of the operating arm to engage one of the heart cams and move the same until its notch 45 is brought to contact Y with the t 4 7 From the shape of the camming d opera lng arm As the counter carnage is connected rigtion through the shorter of two idly to the system of cams the said carriage is thereby also positioned with a desired counter in the proper place for its operation. When the cam 21 is reversely oscillated it releases lever 24 which therefore rises allowing arm 40 to be withdrawn from the heart cam. WVhen cam 21 nears its normal position the camming lug 20 strikes the pin 22 on lever 13 and resets the same against the tension of spring 19. The depressed key' is also released and returns to normal position under the tension of its spring. It will be seen that the carriage and heart cams have no normal position to which they are returned at each operation. The system remains in the position to which it has been adjusted until it is desired to set it to some new'position and it will be clear that in no case will it be necessary to rotate the reel more than 4/9 of a circle or 160 for the reason that the heart cams will in every case move the carriage toward the desirl'pd posipat s.

The invention is not limited to the number of counters used because the mechanism described is evidently adapted to be used in connection with any number of counters, by

'merely changing the number and angular difference of osition of the heart cams.

While the orm of mechanism here shown and described is admirably adapted to fulfil the objects primarily stated, it is to be understood that it is not intended to confine the invention to the one form of embodiment herein disclosed, for it is susceptible of embodiment in various forms all coming within the scope of the claims which follow.

\Vhat is claimed is as follows 1. In a cash register, the combination with a rotatable member and a plurality of counters mounted thereon, of a shaft for moving said member, a plurality of helically arranged heart cams mounted on said shaft,

a lever and means for positioning said lever' to engage any one of said cams to move the member .diflerentially.

2. In a cash register, the combination with a ,rotatable carriage, and a plurality of accounting devices mounted thereon, of a shaft with connections to said carriage, a plurality of driving cams helically mounted on said shaft, a lever adapted to engage any desired one of said cams, means for moving said lever laterally to engage any desired d'rivmg cam, means for forcing said lever against its cam when so positioned, whereby to move the carriage differentially, and keys for controlling the position of said lever.

3. In a cash register, the combination with a. carriage and a plurality of counters mounted thereon,'of a shaft, a plurality of heart cams mounted on said shaft, connec- -t1ons between said shaft-andcarriage, means adapted to coiiperate with any cam to set said carriage, means for moving said coiiperating mg devices, of a means differentially, and manipulative de vices controlling the extent of such movement.

In a cash register, the combination with aplurality of counters, and common operating means for same, of ineans for bringing -any desired counter into operative relation with said operating means, a plurality of heart cams controlling said means, said cams being helically arranged, a lever adapted to be moved to bring it into position to coi3pcrlever when so moved.

a plurality of accounting devices, and operating devices therefor, of means for bringing any desired accounting device into operative relation with the operating mechanism, cams controlling said means, and a common element adjustable to coiiperat'e with any desired cam and movable to operate said cam, with means for moving and adjusting said element.

6. In a cash register, the combination with a plurality of accounting devices, of an operating mechanism therefor, a plurality of devices one for each accounting device, an adjustable means for actuating any one of the second mentioned devices to .bring its corresponding accounting devices and operating mechanism in coiiperative relation, and manipulative devices controlling the po sitioning of the adjustable actuating means relative to the devices actuated thereby.

a plurality of accounting devices, and a common operating mechanism for said accountplurality of similar helically positioned cam devices, with connections therefrom to said accounting devices, a series of keys, an operating lever, and means under control of said keys for adjusting said lever bodily 'to coiiperate with any desired one of said cam devices.

8. In a cash register, the combination with an operating mechanism of a rotary register frame, a plurality of registers carried thereby, a plurality of heart cams adapted to be separately actuated by the operating mechanism, and cotiperating with the register frame to move the latter-to different extents to bring the different registers into position to be operated by the operating mechanism;

9. In a cash register, the combination with an operating mechanism, of a rotary frame, a plurality of accounting devices carried by sald frame, a plurality of heart cams, for turning said frame to different extents to bring any desired accounting device to position to coiiperate with said operating mechanism and means movable to engage and opcrate any desired heart cam. i

I 10. In a cash register, the combination with an operating mechanism, ofa plurality ate with any cam, and means for rocking the 5. In a cash register, the combination with 7. In a cash register, the combination withof accounting devices separately operated lative devices 7 60 with an operating devices arranged. to be actuated :thereby, a of differently positioned devices I thereby, a plurality'ofhe'art cams for bringa ing any accounting device into erative re- 1 latlo'n with said mechanism, an means'for engaging and operating any desired one of '5Sa1dC8JI1S.

11. In a cash register, thecombination' with an operating mechanism, of a plurality of accountingdevices 'ad'a ted to separately cooperate therewith, a p urality of heart 10 cams connected to said accounting devices for controlling the operative relation between the operating mechanism and any desired accounting device, means and actuating any of said cams and manipufor determining which cam shall be engaged and actuated. I

12; In a cash register, the combination with'an operating mechanism, of a'plurality of accountin devices adapted to'be operated 0 thereby, a p urality of cams positively con-" nected to said accounting devices, and means for acting on any desired cam for moving.

the accounting devices. v

=13. In; a cash register, the" combination with an operating mechanism, of a plurality of accounting devices adapted to be operated thereby, a plurality of heart cams positively connected to said accountin' means for acting on any move the accountlngdevices.

. 14. In a cash register, the

, dBVlCGS, and esired cam to combination with an operatin mechanism, of arotatable carria e, a-plura ity of accounting devices came by said carriage and ada ted to be sepa'rately operated bysaid mec anism, a plurality of cams connected to said carriage, an operating device for said cams and keys for movin said operating device to'engage' any desire cam. L r

i 15. .In a cash --register, the combination with an operating mechanism, of a plurality I of accounting devices operated thereby, a

shaft, a plurality of camsmounted on said; :shaft, connections whereby said cams. serve to'determine which accounting device shall be operated a plurality of keys and a means controlledby saidkeys, constructed to engage and operate any desired cam. i

16. In a cashrcg'ister, the combination with'an operating mechanism, of a rotary ofregisters carr ed carriage, aflpluralit thereby and adapte 7 tobe separatelyop.- erated by said mechanism,' a-.p

'tatableycams; means adjustable ,to engage 5 and operate'any' land connections whereby the operations of. a

desired one of'said 'cams,

predetermined icam .to' position a desired register for operation. -17.,In a cash register, the

mechanism, of accounting pluralit positive 'y'connected to said accounting de- .vices, and means for operatin j on anyone of said positioned devices to bring a desired for engaging luralit-y of rocombination v with the operating mechanism.

18.;In" a cash reglster, the combination rality of accounting devices constructed to be separateiy operated thereby, of a plurality of di erently positioned devices con nected to move as a unitary structure, connections from said unitary structure to said accounting devices, and a lever constructed to; act on-any one of said difierently posi tioned devices-and thereby position the dc sired accounting device for operation.

1 1 19. In'j a cash register, the combination with a plurality of accounting devices, of a movable carrier for said devices a pluralit positive connections from said positioned de-.

movabie' in one direction to operative relation with any selected one of said positioned 1 operate said selected positioned device, and manipulative devices controlling the extent of the first'mentioned movement.

20. In a cash. register, the combination with a plurality of accountin devices and an adjustable carrier ,for saidrality of difierentially positioned elements connected-tosaid carrier, a drivin device for said carrier, means fordiiferent1ally-ad justing said driving device in one'direction to'operative relation with any selected one of said positioned elements, means'formoving'said device in a different direction to operate the selected positioned element and of said driving device.

21. In a cash register, witha driven shaft, of helically spaced cams duce difierentialmovement of said sha a driving arm cooperating with said cams, means ,for causin relative lateral movement between sai cams and said'driving arm to bring a with said arm, and means for forcing the driven shaft;

said counters, of helically spaced cams mounted on said produce diflerentialmovem'ent of said shaft, 9. drivin arm coiiperatin withsaidcams, means -or causin ment between sai with. said arm, and means for forcing the "drivingarm aga' duce the differential driven shaft.

vices 'tosaid accounting devices, a member evices, a plu- 23. In .a cash-register, the combination with a driven Shaft, v f helically spaced'cams accounting. device into operative relation I with an." operating 'mechanism..and 'a' plu-' of difierentially positioned devices, wit

devices and movable in anotherdirection to 1 keyscontrolling the differential movement; 1

the combination '10 I mounted on said-shaft and positioned to ro driving am against the alined cam to produce'. the differential movements of saidshaft and positioned t i 120 1 relative lateral movecams and said'driving arm. to bring a desired cam in almement mst the alined cam to v.pro-

-- movements of said' desired cam in ,alinement a 22. Inla cash register,,the combination -with counters and a driven shaft carrying Inent, andmeans for forcing said drivin arm against the alined cam to produce di ferential movements of said driving shaft.

24. In a machine of the class described,

the combination with a movable frame and a plurality of accounting devices carried thereby, of an operating mechanism, and

means for moving said frame always in the shorter direction to bring any one of the accounting devices and the operating mechanism into cooperative relation.

25. In a machine of the class described, the combination with a plurality of accounting devices, of an operating mechanism therefor, the said account-ing devices and operatingmechanism being relatively adjustable to bring any one of the accountingdevices and operating mechanism in cooperative relation, and means always brin ing I the operating mechanism and any one 0 the accounting evices into cooperative relation by the minimum extent of movement.

26. In a machine of the class described, the combination witha movable frameand a pluralit of accounting devices carried thereby, of an operatin mechanism for said accounting devices, a p urality of cams'connected to the movable frame, and an adjust able device for actuating the cams to bring the operating mechanism and accounting devices in cooperative relation, the said cams and adjustable'device being constructed to impart always to the frame the minimum extent of movement in bringing any of the accounting devices in cooperative relation with the operating mechanism.

27. In a machine of the class described, the combination with a movable frame and a pluralit of accounting devices carried thereby, 0 an operatin mechanism for said accounting devices, an a single means for positively moving the frame to bring any one of the accounting devices in cooperative relation with the operating mechanism, and then positively arresting said frame.

'28. In a machine of the class described, the combination with a movable frame and a plurality of accounting devices carried thereby, of an operating mechanism for said accounting devices, a series of helically arranged cams connected to the movable frame,

and an adjustable device constructed to enage any one of the cams and move the frame to bring anyone of the accounting devices in coiiperative relation with the operating mechanism, the said adjustable devicebeing constructed to arrest positively the frame when it has been sitioned properly. In testimonywhereof aflix my signature in the presence .of two witnesses.

Witnesses: 1 RoY C. GLASS, "CARL W. BEUST.

EDMUND s. CHURCH. i 

